Time is the fourth dimension. Time is a result of the interaction of space and energy. Time exists at every point on a three-dimensional coordinates system. The traveling of energy through space creates time. As energy travels through space in the form of a light wave, the energy pushes and pulls space to travel. Particles also push and pull space to travel. The pushing and pulling space allows the energy to travel. Time is how long it takes to travel from one point on the coordinates system to another point on the coordinates system. Time can be measured by a light wave traveling a specific amount of space, from point A to point B, without regard to the value of space. Time is measured differently depending on the compression value of the space in the surrounding area. Take two identical photons, photon A and photon B. Place photon A in a low gravitational field where the value of space is equal to one. Place photon B in a high gravitational field where the value of space is equal to three. Photon A travels through three points of space with a value of one. Photon B travels through one point of space with a value of three. Each photon has traveled through equal space in equal time. The length photon A traveled is longer than the length photon B traveled. Photon A traveled the length in the same amount of time that photon B traveled the length it traveled. Measuring with time, photon A traveled faster than photon B. Time runs faster in a low gravitational field and slower in a high one.
Time
Blue and green: Earth
Top yellow: photon A
Bottom yellow: photon B
Blue: compression
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